Experimental Vibration Engineer

Unlock Your Potential as a Vibration Engineer at Rolls-Royce

Are you a talented engineer with a passion for understanding and mitigating complex vibration challenges? Rolls-Royce, a global leader in pioneering cutting-edge technologies, is seeking an enthusiastic Vibration Engineer to join our dynamic Experimental Vibration team. This is a truly exceptional opportunity to contribute to the future of aerospace and power solutions, working at the forefront of innovation.

What Makes This Opportunity Stand Out?

• Impactful Work: You'll be part of a significant team of approximately 20 vibration engineers, contributing to a diverse range of projects and business units across both Derby and Bristol. Your work will directly influence the development and enhancement of Rolls-Royce's top technologies, ensuring the reliability and performance of critical systems.
• Broad Scope of Responsibility: This role offers an exciting breadth of experience. You'll have the chance to engage with the entire vibration lifecycle, from defining and managing component testing to analyzing the intricate vibration characteristics of entire engines. Furthermore, you'll play a crucial role in vibration health monitoring, ensuring the ongoing integrity of operational engines.
• Innovation at its Core: The Experimental Vibration team is not just about analysis; it's about driving forward the field. You will be involved in the development and deployment of new vibration analysis techniques and testing capabilities, actively shaping the future of our engineering practices.
• Diverse Project Exposure: Prepare to be challenged and grow across various domains. Your responsibilities could include:
  • Monitoring and trending customer engine vibration data to proactively identify performance shifts and potential issues.
  • Providing essential support to our operational service desk for on-wing vibration alerts.
  • Assisting overhaul and production facilities with detailed vibration data analysis to support engine rework and defined work scopes.
  • Supporting Engine Development Programmes by analyzing and interpreting critical dynamic data.
  • Managing and specifying component testing at our Mechanical Test Operation Center and across the supply chain.
  • Contributing to the development of innovative analysis tools and capability.
  • Undertaking impact and modal testing of engine hardware.
• Career Growth and Development: This role is designed to foster your professional growth. The emphasis on problem-solving, continuous learning, and exposure to diverse engineering challenges will provide a strong foundation for advancement within Rolls-Royce's extensive engineering disciplines.

Key Considerations for Your Career Path:

• Problem-Solving Prowess: A natural curiosity and a strong aptitude for dissecting complex problems are paramount. You'll be expected to think critically and develop effective solutions.
• Technical Foundation: While a degree is preferred, Rolls-Royce values practical experience and problem-solving skills just as highly. A background in an engineering discipline, particularly with whole engines or development programs, will be highly advantageous.
• Analytical Acumen: Familiarity with tools like MATLAB is beneficial, as it's a common language for data analysis within the team. However, a willingness to learn and adapt to new analytical methods is also highly valued.
• Collaborative Spirit: Strong communication and customer service skills are essential. You'll be working collaboratively with a multidisciplinary team and supporting various stakeholders, so the ability to articulate technical information clearly and effectively is key.

If you are a motivated engineer eager to make a tangible impact within a world-renowned organization and contribute to the future of sustainable power, we encourage you to explore this exciting opportunity further. This role offers a unique chance to develop your expertise in vibration engineering while being part of a company dedicated to shaping a cleaner, safer, and more competitive future.